Structural calculation software Product List and Ranking from 7 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

Structural calculation software Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. ユニオンシステム Osaka//Information and Communications
  2. MKS Hokkaido//others
  3. コンピュータシステム研究所 Miyagi//others
  4. 4 BX TOSHO Kanagawa//Structural Design Office
  5. 4 構造システム・グループ Tokyo//Information and Communications
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Structural calculation software Product ranking

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. Consistent structural calculation software 'SS7 Premium' ユニオンシステム
  2. Consistent structural calculation software 'Super Build/SS7' ユニオンシステム
  3. Wall-type integrated structural calculation software 'Super Build/WRC' ユニオンシステム
  4. 4 Retaining wall design support 'Super Build / Residential Retaining Walls' ユニオンシステム
  5. 5 Structural Calculation Software Example │ Wooden 3-Story House ユニオンシステム

Structural calculation software Product List

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Structural Calculation Software Example │ Steel Structure + Part CLT Structure 3-Story Commercial Facility

Structural Calculation Software Example │ Steel Structure + Part CLT Structure 3-Story Commercial Facility

An example of smoothly advancing foundation design by modeling the entire structure down to the foundation!

We would like to introduce a case study of the integrated structural calculation software 'Super Build/SS7' used for a three-story commercial facility constructed with steel (S) and partially cross-laminated timber (CLT). This building primarily serves as a commercial facility for the exhibition and sale of automobiles, with an attached automotive maintenance workshop in the back. The facade features slender post columns, and the main seismic elements are designed as a frame structure using 500mm square steel pipe columns set back from the facade, ensuring that thick members do not appear on the outer perimeter. 【Case Study Overview】 ■ Use: Commercial facility ■ Structural Type: Steel (S) + Partially Cross-Laminated Timber (CLT) ■ Stories: 3 ■ Design: Hiraiwa Structural Planning LLC (Tokyo) *For more details, please download the PDF or feel free to contact us.

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Structural Calculation Software Examples │ Steel Structure + Reinforced Concrete Structure University Facilities

Structural Calculation Software Examples │ Steel Structure + Reinforced Concrete Structure University Facilities

The upper part of the building is planned with a pure frame structure made of steel, and the foundation is designed with pile foundations as an example.

We would like to introduce an example of the integrated structural calculation software 'Super Build/SS7' for university facilities constructed with a combination of steel (S) and reinforced concrete (RC). This building is a three-story above ground (S) plus one basement (RC) university facility that takes advantage of the sloped and stepped construction site. Due to the slope and steps of the construction site, part of the structure is underground, and the underground portion is planned as a reinforced concrete structure with seismic walls in a frame structure. 【Example Overview】 ■ Use: University Facility ■ Structural Type: S + RC ■ Levels: 3 stories above ground, 1 basement (4 stories above ground structurally) ■ Design: Sanjugo Architectural Institute Co., Ltd. (Toyama Prefecture) *For more details, please download the PDF or feel free to contact us.

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Structural Calculation Software Example | S-Structure 10-Story Above Ground, 1-Story Below Ground Office Building

Structural Calculation Software Example | S-Structure 10-Story Above Ground, 1-Story Below Ground Office Building

Proposal for seismic-resistant structure! The result is a frame structure, planned as a building with four columns.

We would like to introduce an example of the integrated structural calculation software 'Super Build/SS7' used for a 10-story above-ground and 1-story underground office building made of steel. Due to the constraints of the site shape, the floor plan was designed with a main structure that bears seismic forces measuring 6.5m x 10.7m, with a staircase and other structures that do not bear seismic forces measuring 2.7m x 5.5m attached to it. Additionally, since the underground first floor was created within a pit, it was not included in the modeling as a floor; instead, it was treated as a foundation beam with an upper added layer, and piping and other installations were placed in the added layer. 【Example Overview】 ■ Use: Office Building ■ Structural Type: Steel ■ Levels: 10 stories above ground, 1 story underground ■ Design: Structural Form Co., Ltd. (Tokyo) *For more details, please download the PDF or feel free to contact us.

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Structural Calculation Software Example │ 5-Story Steel Office Building

Structural Calculation Software Example │ 5-Story Steel Office Building

A plan where the entire structure is tilted diagonally! The office area has a parallelogram layout with dimensions of 18.5m in both the X and Y directions.

We would like to introduce a case study of the integrated structural calculation software 'Super Build/SS7' for a 5-story steel-framed office building. This building is planned for a company headquarters located near the Okazaki Interchange in Okazaki City, Aichi Prefecture. The building faces a main road and features a gate-type frame over 15 meters high that covers the entire office area, along with an object that penetrates all floors, creating a symbolic facade that catches the eye when passing by. 【Case Study Overview】 ■ Use: Office ■ Structural Type: Steel Frame ■ Number of Floors: 5 ■ Design: Morimoto Structural Design Office, Inc. (Aichi Prefecture) *For more details, please download the PDF or feel free to contact us.

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Structural Calculation Software Example | S-Type 2-Story Certified Children's Center

Structural Calculation Software Example | S-Type 2-Story Certified Children's Center

A design that incorporates wall braces to suppress deformation! Braces are also arranged to reduce eccentricity.

We would like to introduce an example of the consistent structural calculation software 'Super Build/SS7' used for a two-story certified children's facility made of steel. This project involves a two-story steel structure with a gable roof, where the key design points are how to handle wind pressure on the large beams spanning both sides of the atrium and how to address buckling. For the wind pressure and buckling restraint of the large beams on the atrium sides, a triangular frame (three layers) was incorporated under the roof, utilizing node unification between the three-layer and two-layer frames to create a structure that serves both wind pressure and buckling restraint. 【Example Overview】 ■ Purpose: Certified Children's Facility ■ Structural Type: Steel ■ Number of Stories: 2 ■ Design: Yoshio Design Co., Ltd. (Kanagawa Prefecture) *For more details, please download the PDF or feel free to contact us.

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Structural Calculation Software Example | RC Structure 12-Story Above Ground, 1-Story Below Ground Office Building

Structural Calculation Software Example | RC Structure 12-Story Above Ground, 1-Story Below Ground Office Building

Can accommodate irregular shapes! By performing horizontal load capacity calculations, we design results that are close to the initial image.

We would like to introduce a case study of the integrated structural calculation software 'Super Build/SS7' used for a 12-story above-ground and 1-story below-ground office building made of reinforced concrete (RC). The design utilizes the irregular shape of the site, maintaining a 500mm setback, which directly translates into the building's floor plan. Structurally, it features two volumes that rise and connect in between, creating a cohesive structural plan. Additionally, columns are placed in the center of spans where there are no existing piles, and these columns are connected by cantilever beams, forming a three-dimensional framework with orthogonal columns and a moment-resisting frame. [Case Study Overview] ■ Use: Office Building ■ Structural Type: RC (PRC) ■ Levels: 12 above ground, 1 below ground ■ Design: ANDO Imagineering Group/AIG (Tokyo) *For more details, please download the PDF or feel free to contact us.

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Structural Calculation Software Example │ 19-Story Office Building with RC and SRC Construction

Structural Calculation Software Example │ 19-Story Office Building with RC and SRC Construction

Planning a super high-rise using PC construction on a small site! Introducing a memorable project.

We would like to introduce an example of the integrated structural calculation software 'Super Build/SS7' used for a 19-story office building constructed with RC and SRC structures. Initially, a pentagonal office building was planned on a small site to maximize the sky ratio using PCa and PC. Due to the scale, performance evaluation was necessary, and ultimately, we aimed for time history response analysis. From the perspective of data linkage, we consistently utilized tools related to the foundation, from the creation of the announcement wave to response analysis. 【Example Overview】 ■ Use: Office Building ■ Structural Type: RC + SRC (PCa + PC) ■ Stories: 19 ■ Design: ANDO Imagineering Group/AIG (Tokyo) *For more details, please download the PDF or feel free to contact us.

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Structural Calculation Software Example │ 5-Story Steel Structure Factory (with Internal Three-Dimensional Warehouse)

Structural Calculation Software Example │ 5-Story Steel Structure Factory (with Internal Three-Dimensional Warehouse)

Planned with a pure frame structure instead of a brace structure! An example where the excavation depth was planned to be as shallow as possible.

We would like to introduce a case study of the integrated structural calculation software 'Super Build/SS7' used for a 5-story steel factory building. This property features two three-dimensional warehouses inside, with the fourth floor having a very high ceiling of 8.5 meters, and a specification that includes equipment platforms in the middle of the floor. Additionally, the areas where equipment is placed and the three-dimensional warehouse section create a void space, resulting in many locations where the rigid floor assumption does not hold. 【Case Study Overview】 ■ Purpose: Factory ■ Structural Type: Steel ■ Number of Floors: 5 ■ Design: Nakano Fudo Construction Co., Ltd. (Tokyo) *For more details, please download the PDF or feel free to contact us.

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Structural Calculation Software Example | S-Structure 2-Story Pediatric Clinic

Structural Calculation Software Example | S-Structure 2-Story Pediatric Clinic

The roof is a deformed hip roof! By creating a structural framework on the ceiling surface and using a truss for the roof, the structural plan takes design considerations into account.

This is an introduction to the practical example of the structural calculation software 'Super Build/SS7' used for a two-story steel-framed pediatric clinic. The building is a newly constructed two-story clinic, with a request to aesthetically emphasize the braces, making the proper arrangement of braces essential in the structural planning. The entrance is located at the southeast corner of the building, and from there, the second floor features an L-shaped atrium, creating a sense of openness. 【Example Overview】 ■ Purpose: Pediatric clinic ■ Structural Type: Steel-framed ■ Number of Floors: 2 ■ Design: Mov Structural Design Co., Ltd. (Aichi Prefecture) *For more details, please download the PDF or feel free to contact us.

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Structural Calculation Software Example | S-Type Single-Story Maintenance Factory

Structural Calculation Software Example | S-Type Single-Story Maintenance Factory

The RC slab section on the roof is a rigid floor! Here are examples of the rigid floor being released in the folded plate section.

This is an introduction to a case study of the integrated structural calculation software 'Super Build/SS7' for a single-story maintenance factory made of steel (S construction). The columns are square steel pipes, the beams are H-shaped steel, with 2/3 of the roof being a parking lot (RC slab) and 1/3 being a folded plate roof, and the basic grid is 6.5m x 8.5m. The structural form became a pure frame structure as it was not possible to place effective vertical braces in the design. 【Case Overview】 ■ Purpose: Maintenance Factory ■ Structural Type: Steel Construction (S construction) ■ Number of Floors: 1 ■ Design: Nippon Kensetsu Co., Ltd. (Tokyo) *For more details, please download the PDF or feel free to contact us.

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Structural Calculation Software Example │ Steel Structure Single-Story Nursery School

Structural Calculation Software Example │ Steel Structure Single-Story Nursery School

The columns are square steel pipes, and both directions have a frame structure! The rigidity of the roof surface is evaluated as horizontal braces.

We would like to introduce an example of the structural calculation software 'Super Build/SS7' applied to a single-story nursery made of steel (S construction). The design features a hyperbolic plane with symmetrically arranged arcs, connected by a roof with a height of 3.0 meters between the hyperbolas. Additionally, the metal sheet roof is treated as a flexible floor under the assumption that the rigid floor assumption does not hold, and the rigidity of the roof surface is evaluated as horizontal braces. 【Example Overview】 ■ Purpose: Nursery ■ Structural Type: Steel (S construction) ■ Number of Stories: 1 ■ Design: Structural FACTORY Co., Ltd. (Fukuoka Prefecture) *For more details, please download the PDF or feel free to contact us.

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Structural Calculation Software Examples │ Steel Structure + Reinforced Concrete Structure + Steel Reinforced Concrete Structure 1-Story Ossuary

Structural Calculation Software Examples │ Steel Structure + Reinforced Concrete Structure + Steel Reinforced Concrete Structure 1-Story Ossuary

The exterior wall that also serves as a retaining wall is an RC seismic wall! The adjacent steel columns are modeled as embedded column bases (SRC columns).

We would like to introduce a case study of the integrated structural calculation software 'Super Build/SS7' for a one-story columbarium constructed with S, RC, and SRC structures. The floor plan is regular, and the roof shape is designed to be a deformed rectangle with an eccentric top. Additionally, the outer walls of the columbarium are made of RC walls (partly serving as retaining walls due to the sloped site), and the steel columns to which the RC walls are attached are designed as encased columns (SRC columns). 【Case Overview】 ■ Purpose: Columbarium ■ Structural Type: S + RC + SRC ■ Levels: 1 floor ■ Design: Structural FACTORY Co., Ltd. (Fukuoka Prefecture) *For more details, please download the PDF or feel free to contact us.

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A booklet on structural calculations that is easy to understand as a gift.

A booklet on structural calculations that is easy to understand as a gift.

Free booklet available! Includes many articles such as 'How to Read Structural Calculation Documents' that you might be hesitant to ask about now!

The booklet on structural calculations that is easy to understand is a publication that addresses everyday questions that seem to be written in books but are not explicitly stated. It includes answers to many questions such as "What is the significance of knowing structural calculations?" "Is there only one method for structural calculations?" and "What does the repeal of the repeal of the special provision No. 4 mean?" Right now, we are giving away the booklet for free! [Contents] [Table of Contents for "Allowable Stress Calculation Report"] ○ General Information → First, confirm the outline of the building and the materials used → Calculate external forces and determine the allowable stress of the members ○ Design of Shear Walls → Check if the building has enough strength to withstand forces from earthquakes and typhoons ○ Design of Various Components → Check if the materials for columns, beams, girders, joists, and rafters are safe → Foundations and anchor bolts are also checked here For more details, please contact us or download the catalog.

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Recommendation for Joining ASBIM <To All Clients (Developers)>

Recommendation for Joining ASBIM <To All Clients (Developers)>

Recommendation for CCP (Cross Check Point) sponsorship! The review period for building confirmation applications has been shortened from 70 days to 35 days.

The Ministerial Certification Program offers many advantages for building confirmation applications, and we recommend CCP sponsorship as a method. The "Ministerial Certification Program" refers to the software ASCAL (S) and ASCAL (RC) from Ark Data Research Institute, for which we act as an agent. "Cross-check" involves converting a consistent structural calculation program into ASCAL for application. We can assist with the conversion if requested. For more details, please refer to the PDF download below. 【Features】 <CCP> ■ By sponsoring, you can expect promotional effects, and since drawings can be presented as data, it becomes easier to place structural design orders. <Building Confirmation Applications under the Ministerial Certification Program> ■ When using the certification program, the judgment period is shortened by 35 days. * For more details, please refer to the PDF materials or feel free to contact us.

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Request for Membership in ASBIM <To All Contractors>

Request for Membership in ASBIM <To All Contractors>

Request for sponsorship from CCP (Cross Check Point)! We can quickly provide highly accurate estimates.

The structural framework is examined for safety using a consistent structural calculation software, which is then submitted for building confirmation application. However, this software is a program with an enormous number of processing steps, and it is unavoidable to say that bugs exist. As long as the bugs do not interfere, there is no problem, but this is not reflected in the ministerial certification program system. The system strictly handles manifested bugs, while latent bugs are not questioned, which is why we are promoting cross-checking (hereafter CC) to our clients. Our company has devised a business model (patent pending) that can support CC for the safe construction of structural frameworks in the BIM phase. We hope you will consider this opportunity and look forward to your cooperation. **Benefits of CC sponsorship in ASBIM** - Project information is provided - Shortened estimation preparation period - Reduced judgment period for building confirmation applications *For more details, please refer to the PDF materials or feel free to contact us.*

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